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Water Quality Modellingfor Rivers and Streams |
4 |
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Preface |
8 |
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About the Authors |
12 |
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Contents |
14 |
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Chapter 1: Water Quality in the Context of Water Resources Management |
19 |
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Chapter 2: Basic Notions |
28 |
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Chapter 3: Mathematical Interpretation of Pollution Transport |
44 |
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Chapter 4: Fundamental Expressions |
51 |
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Chapter 5: Dispersion in Rivers and Streams |
64 |
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Chapter 6: The Biochemical Pollution |
72 |
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Chapter 7: The Most Frequent Pollutants in a River |
83 |
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Chapter 8: Temperature Dependence |
100 |
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Chapter 9: Application of the General Differential Equations |
103 |
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Chapter 10: The Steady-State Case |
114 |
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Chapter 11: Interpretation in Finite Terms |
119 |
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Chapter 12: Progress in Numerical Modelling: The Finite Difference Method |
135 |
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Chapter 13: The Finite Element Method |
159 |
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Chapter 14: The Finite Volume Method |
189 |
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Chapter 15: Multidimensional Approach |
194 |
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Chapter 16: Thermal Pollution |
207 |
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Chapter 17: Optimisation Models |
221 |
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Chapter 18: Model Calibration and Verification |
230 |
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Chapter 19: Water Quality Measurements and Uncertainty |
237 |
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Chapter 20: Model Reliability |
250 |
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Chapter 21: Final Thoughts and Future Trends |
269 |
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Appendix |
277 |
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Index |
288 |
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